For in vitro regeneration of carnation (Dinathus sp.) as initial explants were used apical buds. The explants were cultivated on MS mineral solution, sucrose, agar-agar, inoslitol, casein, Vitamines B1, B6, nicotine acid and phytohormones: 0.5 mg/l IAA and 1 mg/l KIN. The cultures were kept under controlled conditions. Shoot of apical buds iniciated the hinges multiplication on MS medium with 0.5 mg/l IAA + 1 mg/l KIN + 0.5 mg/l BA. Rooting of shoots were obtained at 2 mg/l IAA + 0.1 mg/l KIN + 2 mg/l adenine. Rooted plants obtained from apical buds after 15-20 days in clime room conditions on a sterile mixture of pert, send and perlit (1:1:1) were will adapted. They normally grew and developed there
The carnation is one of the main species that produces cut flowers internationally. In this research...
Objective: To develop an in vitro regeneration system to increase the recovery of Carum copticum L. ...
203-211In tissue culture, high production cost of the products restricts their reach. Though tissue...
Shoot multiplication and regeneration system was developed for two carnation (Dianthus caryophyllus ...
This investigation was conducted to find the best shoot proliferation and rooting media for 13 virus...
Plant regeneration of carnation species Dianthus ciliatus ssp. dalmaticus and Dianthus giganteus ssp...
Conditions for plant regeneration of leaf explant from Bulgarian spray carnation cultivars (Fea and ...
This study was conducted to evaluate the effect of plant growth regulators on in vitro shoot multipl...
Developing scale-up system and automation of micropropagation in a bioreactor has been a possible wa...
Conditions for plant regeneration of leaf explant from Bulgarian spray carnation cultivars (Fea and ...
An efficient procedure was developed for in vitro callus induction, proliferation and regeneration o...
In vitro culture conditions were experimented for the relatively sensitive, but very esthaetic "Cari...
After decapitation of the main shoot and subsequently the axillary shoots of carnation plants, annul...
Aiming to establish a system of in vitro multiplication for the harpsichord, the seeds were steriliz...
Callus formation, as a prerequisite for the induction of somaclonal variability, was achieved succes...
The carnation is one of the main species that produces cut flowers internationally. In this research...
Objective: To develop an in vitro regeneration system to increase the recovery of Carum copticum L. ...
203-211In tissue culture, high production cost of the products restricts their reach. Though tissue...
Shoot multiplication and regeneration system was developed for two carnation (Dianthus caryophyllus ...
This investigation was conducted to find the best shoot proliferation and rooting media for 13 virus...
Plant regeneration of carnation species Dianthus ciliatus ssp. dalmaticus and Dianthus giganteus ssp...
Conditions for plant regeneration of leaf explant from Bulgarian spray carnation cultivars (Fea and ...
This study was conducted to evaluate the effect of plant growth regulators on in vitro shoot multipl...
Developing scale-up system and automation of micropropagation in a bioreactor has been a possible wa...
Conditions for plant regeneration of leaf explant from Bulgarian spray carnation cultivars (Fea and ...
An efficient procedure was developed for in vitro callus induction, proliferation and regeneration o...
In vitro culture conditions were experimented for the relatively sensitive, but very esthaetic "Cari...
After decapitation of the main shoot and subsequently the axillary shoots of carnation plants, annul...
Aiming to establish a system of in vitro multiplication for the harpsichord, the seeds were steriliz...
Callus formation, as a prerequisite for the induction of somaclonal variability, was achieved succes...
The carnation is one of the main species that produces cut flowers internationally. In this research...
Objective: To develop an in vitro regeneration system to increase the recovery of Carum copticum L. ...
203-211In tissue culture, high production cost of the products restricts their reach. Though tissue...